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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CERAT14652 reference isoform | 686 | 16 |  A0A2K5LL17 |
Protein Sequence
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MKPSWLQCRK VTGAGGLGGT LPGSSPARGA GAALRALVAP GPRGGLGGRG CRALSSGSGS 60 EYKTHFTASV TDPERFWGKA AEQISWYKPW TKTLENKHSP STSWFVEGML NICYNAIDRH 120 IENGKGDKIA IIYDSPVTNT KATFTYKEVL EQVSKLAGVF VKHGIKKGDT VVIYMPMIPQ 180 AMYAMLACAR IGAIHSLIFG GFASKELSSR IDHVKPKVVV TASFGIEPGR RVEYVPLVEE 240 ALKIGQHKPE KILIYNRPNM EAVPLAPGRD LDWDEEMAKA QSHDCVPVLS EHPLYVLYTS 300 GTTGLPKGVV RPTGGYAVML NWSMSSIYGL QPGEVWWAAS DLGWVVGHSY ICYGPLLHGN 360 TTVLYEGKPV GTPDAGAYFR VLAEHGVAAL FTAPTAIRAI RQQDPGAALG KQYSLTRFKT 420 LFVAGERCDV ETLEWSKNVF RVPVLDHWWQ TETGSPITAS CVGLGNSKTP PPGQAGKSVP 480 GYNVMILDDN MQKLKARCLG NIVVKLPLPP GAFSGLWKNQ EAFKHLYFEK FPGYYDTMDA 540 GYMDEEGYVY VMSRMDDVIN VAGHRISAGA IEESILSHGT VADCAVVGKE DPLKGHVPLA 600 LCVLRKDINA TEEQVLEEIV KHVRQNIGPV AAFRNAVFVK QLPKTRSGKI PRSALSAIVN 660 GKPYKITSTI EDPSIFGHVE EMLKQT 686
cDNA Sequence
Download: Fasta
ATGAAACCCT CTTGGCTGCA ATGTCGTAAA GTCACCGGCG CCGGGGGGCT CGGAGGGACC 60 TTGCCTGGGT CCTCTCCGGC CCGGGGAGCC GGTGCGGCCC TCAGGGCTTT AGTGGCCCCG 120 GGCCCGCGGG GCGGTCTCGG AGGTCGGGGC TGCAGGGCGC TGTCCTCTGG CAGTGGCAGC 180 GAGTACAAGA CCCACTTCAC AGCCTCGGTG ACCGACCCCG AGAGGTTCTG GGGCAAAGCT 240 GCCGAGCAGA TCAGCTGGTA CAAGCCCTGG ACCAAAACGC TGGAGAACAA ACACTCGCCC 300 TCTACCAGTT GGTTTGTGGA AGGAATGCTT AACATTTGTT ACAATGCCAT TGATCGTCAT 360 ATTGAAAACG GTAAAGGGGA TAAGATTGCT ATCATCTATG ACAGTCCTGT TACAAACACT 420 AAAGCAACCT TTACCTATAA AGAAGTTCTG GAGCAGGTCT CCAAGCTGGC TGGTGTCTTC 480 GTCAAGCATG GCATCAAGAA AGGTGACACT GTCGTTATCT ACATGCCCAT GATCCCACAG 540 GCAATGTATG CCATGCTGGC ATGTGCAAGG ATAGGTGCCA TCCACAGTCT CATATTTGGA 600 GGATTTGCTT CCAAAGAACT AAGCAGTCGC ATTGATCATG TAAAGCCCAA GGTGGTTGTT 660 ACAGCATCAT TTGGCATTGA ACCTGGAAGG AGGGTAGAGT ACGTACCACT TGTAGAAGAA 720 GCGCTAAAAA TAGGACAACA CAAACCAGAG AAAATTCTCA TTTATAATCG TCCAAATATG 780 GAGGCGGTTC CTTTGGCTCC AGGTCGTGAC CTTGACTGGG ATGAAGAGAT GGCAAAAGCC 840 CAATCACATG ACTGTGTTCC TGTTCTTTCA GAACACCCAC TGTACGTTCT TTACACATCT 900 GGCACAACGG GGTTACCTAA GGGTGTGGTT AGACCCACTG GGGGATACGC TGTCATGCTA 960 AACTGGTCAA TGTCTTCCAT ATATGGACTT CAACCTGGAG AGGTGTGGTG GGCAGCTTCT 1020 GACTTAGGCT GGGTTGTTGG ACATTCCTAT ATCTGCTATG GACCTCTTCT CCATGGGAAC 1080 ACAACAGTTT TATATGAGGG GAAGCCTGTG GGAACACCAG ATGCTGGCGC TTATTTCCGT 1140 GTGCTTGCAG AGCATGGAGT AGCTGCCTTG TTTACAGCAC CAACTGCAAT TAGAGCAATC 1200 CGTCAACAGG ACCCTGGGGC AGCCTTGGGG AAGCAGTACT CTCTGACAAG GTTCAAAACA 1260 TTATTTGTGG CTGGAGAACG ATGTGATGTA GAGACCCTGG AATGGTCCAA AAATGTCTTC 1320 AGAGTACCTG TCTTAGACCA TTGGTGGCAA ACTGAGACTG GATCTCCAAT TACAGCGTCA 1380 TGTGTTGGAT TAGGCAATTC TAAAACACCT CCACCAGGGC AAGCAGGAAA AAGCGTTCCA 1440 GGATACAATG TTATGATTTT GGATGACAAC ATGCAAAAAC TGAAGGCTCG GTGTTTAGGA 1500 AATATTGTGG TAAAGTTGCC ATTGCCACCT GGGGCTTTTT CAGGACTCTG GAAGAATCAG 1560 GAAGCATTCA AGCATTTATA CTTTGAAAAA TTTCCTGGAT ATTATGATAC CATGGATGCT 1620 GGTTACATGG ATGAAGAAGG CTATGTGTAT GTTATGTCTC GAATGGACGA TGTAATAAAT 1680 GTTGCAGGTC ACAGAATTTC TGCAGGTGCC ATTGAAGAGT CAATCCTTTC CCATGGTACC 1740 GTGGCAGACT GTGCTGTTGT TGGCAAGGAA GATCCCTTAA AAGGTCATGT CCCCTTAGCA 1800 CTCTGTGTAT TGAGAAAAGA TATAAATGCC ACAGAGGAAC AAGTTTTAGA AGAAATTGTG 1860 AAACATGTGA GACAAAACAT TGGCCCTGTG GCTGCTTTTC GAAATGCAGT GTTTGTCAAA 1920 CAGCTACCCA AAACCAGATC TGGCAAGATC CCCCGATCAG CTTTATCTGC CATTGTCAAT 1980 GGCAAGCCCT ACAAGATAAC TTCTACAATC GAAGACCCCA GCATTTTTGG CCATGTAGAA 2040 GAAATGCTGA AACAAACATA A 2061